Abstract

A high-power optical frequency comb at 2.06μm has been generated using a Ho:YLF multipass amplifier seeded by the long wavelength supercontinuum tail of an octave-spanning Er:fiber comb source. The Ho:YLF amplifier showed a net gain larger than 30dB from 2048 to 2068nm, allowing the generation of a 20nm bandwidth comb with a mode spacing of 100MHz and a power per mode ranging from 20 to 370μW. In the time domain, the amplified comb corresponds to a pulse train with 1.6W total power and 508fs transform-limited pulse duration. Using a self-referencing f2f interferometer and a phase-locking loop, spectral narrowing of the offset frequency down to less than 17Hz has been achieved.

© 2011 Optical Society of America

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